Nsryjdtyk

This code doesn't allow me to do anything when I added a scoring method.If someone can show me how to use a class that'd be extra helpful.

import random

import pygame

import time

import os



pygame.init()  

screenwd = 1200

screenht = 800



yellow = (255,255, 0)

white = (255, 255, 255)

black = (0,0,0)



carwd = 80

carht = 60



starttime = 6000



window = pygame.display.set_mode((screenwd, screenht))

pygame.display.set_caption('Spell Me')

clock = pygame.time.Clock()

starttime = 6000

carim = pygame.image.load('CAR.png')

bg = pygame.image.load('BG.jpeg')



BlockA = pygame.image.load('blockA.png')

BlockB = pygame.image.load('blockB.png')

BlockC = pygame.image.load('blockC.png')

BlockD = pygame.image.load('blockD.png')

BlockE = pygame.image.load('blockE.png')

BlockCir = pygame.image.load('blockCir.png')

BlockO = pygame.image.load('blockCir copy.png')



def objecta(objectx, objecty, objectwd, objectht):

    window.blit(BlockA, (objectx, objecty, objectwd, objectht))



def objectb(objectx, objecty, objectwd, objectht):

    window.blit(BlockB, (objectx, objecty, objectwd, objectht))



def objectc(objectx, objecty, objectwd, objectht):

    window.blit(BlockC, (objectx, objecty, objectwd, objectht))



def objectd(objectx, objecty, objectwd, objectht):

    window.blit(BlockD, (objectx, objecty, objectwd, objectht))



def objecte(objectx, objecty, objectwd, objectht):

    window.blit(BlockE, (objectx, objecty, objectwd, objectht))



def objectcir(objectx, objecty, objectwd, objectht):

    window.blit(BlockCir, (objectx, objecty, objectwd, objectht))



def objectO(objectx, objecty, objectwd, objectht):

    window.blit(BlockO, (objectx, objecty, objectwd, objectht))



def car(carstartx,carstarty):

    window.blit(carim, (carstartx, carstarty))



def msgwintext(text, font):

    msgwinsurf = font.render(text, True, black)

    return msgwinsurf, msgwinsurf.get_rect()



def msgwintexts(text, font):

    msgwinsurfs = font.render(text, True, black)

    return msgwinsurfs, msgwinsurfs.get_rect()



def messagedisplay(text):

    Bigmsg = pygame.font.Font('freesansbold.ttf', 86)

    msgwinsurf, msgwinrect = msgwintext(text,Bigmsg)

    msgwinrect.center = ((screenwd/2),(screenht/6))

    window.blit(msgwinsurf, msgwinrect)



    pygame.display.update()



    time.sleep(1.5)



    gameloop()



def displayscore(text):

    Bigmsgs = pygame.font.Font('freesansbold.ttf', 18)

    msgwinsurfs, msgwinrects = msgwintexts(text,Bigmsgs)

    msgwinrects.center = ((50),(50))

    window.blit(msgwinsurfs, msgwinrects)



    pygame.display.update()



    time.sleep(1.5)



    gameloop()



def crashed():

    messagedisplay("You Have Crashed!")

    global points

    points = False

    global Pscore

    Pscore= 0



def Notime():

    messagedisplay('You ran out of nTime!')



def score(goal):

    displayscore("SCORE: " + goal)

    window.blit(text, [0,0])



def gameloop():

    carstartx = (screenwd * 0.45)

    carstarty = (screenht * 0.92)



    velx = 0

    velp = 0

    Pscore = 0

    points = 0



    aobjectsartx = random.randrange(0, screenwd)

    aobjectsarty = -600

    aobjectvel = 22

    aobjectwidth = 100

    aobjectheight = 75



    bobjectsartx = random.randrange(0, screenwd)

    bobjectsarty = -600

    bobjectvel = 25

    bobjectwidth = 100

    bobjectheight = 75



    cobjectsartx = random.randrange(0, screenwd)

    cobjectsarty = -600

    cobjectvel = 27

    cobjectwidth = 100

    cobjectheight = 75



    dobjectsartx = random.randrange(0, screenwd)

    dobjectsarty = -600

    dobjectvel = 35

    dobjectwidth = 100

    dobjectheight = 75



    eobjectsartx = random.randrange(0, screenwd)

    eobjectsarty = -600

    eobjectvel = 32

    eobjectwidth = 100

    eobjectheight = 75



    objectsartx = random.randrange(0, screenwd)

    objectsarty = -600

    objectvel = 80

    objectwidth = 80

    objectheight = 55



    objectsartxc = random.randrange(0, screenwd)

    objectsartyc = -600

    objectvelc = 85

    objectwidthc = 80

    objectheightc = 55



    gameexit = False

    while not gameexit:

        #timer



        for event in pygame.event.get():

            if event.type == pygame.QUIT:

                pygame.QUIT()

                quit()

            if event.type == pygame.K_ESCAPE:

                pygame.QUIT()

                quit()

            if event.type == pygame.KEYDOWN:

                if event.key == pygame.K_LEFT:

                    velx = -20

                    velp = 0.25

                if event.key == pygame.K_RIGHT:

                    velx = 20

                    velp = 0.25

            if event.type == pygame.KEYUP:

                if event.key == pygame.K_LEFT or event.key == pygame.K_RIGHT:

                    velx = 0

            #if event.type == pygame.KEYDOWN:

                #f event.key == pygame.K_DOWN:

                    #vely = 15

                #if event.key == pygame.K_UP:

                    #vely = -15

            #if event.type == pygame.KEYUP:

                #if event.key == pygame.K_DOWN or event.key == pygame.K_UP:

                    #vely = 0



        carstartx += velx

        points += velp

        #carstarty += vely

        window.fill(white)

        window.blit(bg, (0,0))

        objecta(aobjectsartx, aobjectsarty, aobjectwidth, aobjectheight)

        objectb(bobjectsartx, bobjectsarty, bobjectwidth, bobjectheight)

        objectc(cobjectsartx, cobjectsarty, cobjectwidth, cobjectheight)

        objectd(dobjectsartx, dobjectsarty, dobjectwidth, dobjectheight)

        objecte(eobjectsartx, eobjectsarty, eobjectwidth, eobjectheight)

        objectcir(objectsartx, objectsarty, objectwidth, objectheight)

        objectO(objectsartxc, objectsartyc, objectwidthc, objectheightc)



        aobjectsarty += aobjectvel

        bobjectsarty += bobjectvel

        cobjectsarty += cobjectvel

        dobjectsarty += dobjectvel

        eobjectsarty += eobjectvel

        objectsarty += objectvel

        objectsartyc += objectvelc



        car(carstartx,carstarty)



        if carstartx > screenwd - carwd or carstartx < 5:

            crashed()



        if aobjectsarty > screenht:

            aobjectsarty = 0 - aobjectheight

            aobjectsartx = random.randrange(0, screenwd)



        if carstarty < aobjectsarty + aobjectheight:

            print('y axis crossover')

            Pscore += 1

            if carstartx > aobjectsartx and carstartx < aobjectsartx + aobjectheight or carstartx + carwd > aobjectsartx and carstartx + carwd < aobjectsartx + aobjectwidth:

                print('x axis crossover')

                crashed()

        if bobjectsarty > screenht:

            bobjectsarty = 0 - bobjectheight

            bobjectsartx = random.randrange(0, screenwd)



        if carstarty < bobjectsarty + bobjectheight:

            print('y axis crossover')

            Pscore += 1

            if carstartx > bobjectsartx and carstartx < bobjectsartx + bobjectheight or carstartx + carwd > bobjectsartx and carstartx + carwd < bobjectsartx + bobjectwidth:

                print('x axis crossover')

                crashed()



        if cobjectsarty > screenht:

            cobjectsarty = 0 - cobjectheight

            cobjectsartx = random.randrange(0, screenwd)



        if carstarty < cobjectsarty + cobjectheight:

            print('y axis crossover')

            Pscore += 1

            if carstartx > cobjectsartx and carstartx < cobjectsartx + cobjectheight or carstartx + carwd > cobjectsartx and carstartx + carwd < cobjectsartx + cobjectwidth:

                print('x axis crossover')

                crashed()



        if dobjectsarty > screenht:

            dobjectsarty = 0 - dobjectheight

            dobjectsartx = random.randrange(0, screenwd)



        if carstarty < dobjectsarty + dobjectheight:

            print('y axis crossover')

            Pscore += 1

            if carstartx > dobjectsartx and carstartx < dobjectsartx + dobjectheight or carstartx + carwd > dobjectsartx and carstartx + carwd < dobjectsartx + dobjectwidth:

                print('x axis crossover')

                crashed()



        if eobjectsarty > screenht:

            eobjectsarty = 0 - eobjectheight

            eobjectsartx = random.randrange(0, screenwd)



        if carstarty < eobjectsarty + eobjectheight:

            print('y axis crossover')

            Pscore += 1

            if carstartx > eobjectsartx and carstartx < eobjectsartx + eobjectheight or carstartx + carwd > eobjectsartx and carstartx + carwd < eobjectsartx + eobjectwidth:

                print('x axis crossover')

                crashed()



        if objectsarty > screenht:

            objectsarty = 0 - objectheight

            objectsartx = random.randrange(0, screenwd)



        if carstarty < objectsarty + objectheight:

            print('y axis ')



            if carstartx > objectsartx and carstartx < objectsartx + objectheight or carstartx + carwd > objectsartx and carstartx + carwd < objectsartx + objectwidth:

                print('x axis crossover')



        if objectsartyc > screenht:

            objectsartyc = 0 - objectheightc

            objectsartxc = random.randrange(0, screenwd)

        points = False

        while not points:

            print(str(Pscore))

            goal = Pscore

            score(str(goal))

        pygame.display.update()

        clock.tick(60)





gameloop()

pygame.quit()

quit()























screenwd = 1200

screenht = 800



yellow = (255,255, 0)

white = (255, 255, 255)

black = (0,0,0)



carwd = 80

carht = 60



starttime = 6000



window = pygame.display.set_mode((screenwd, screenht))

pygame.display.set_caption('Spell Me')

clock = pygame.time.Clock()

starttime = 6000

carim = pygame.image.load('CAR.png')

bg = pygame.image.load('BG.jpeg')



BlockA = pygame.image.load('blockA.png')

BlockB = pygame.image.load('blockB.png')

BlockC = pygame.image.load('blockC.png')

BlockD = pygame.image.load('blockD.png')

BlockE = pygame.image.load('blockE.png')

BlockCir = pygame.image.load('blockCir.png')

BlockO = pygame.image.load('blockCir copy.png')



def objecta(objectx, objecty, objectwd, objectht):

    window.blit(BlockA, (objectx, objecty, objectwd, objectht))



def objectb(objectx, objecty, objectwd, objectht):

    window.blit(BlockB, (objectx, objecty, objectwd, objectht))



def objectc(objectx, objecty, objectwd, objectht):

    window.blit(BlockC, (objectx, objecty, objectwd, objectht))



def objectd(objectx, objecty, objectwd, objectht):

    window.blit(BlockD, (objectx, objecty, objectwd, objectht))



def objecte(objectx, objecty, objectwd, objectht):

    window.blit(BlockE, (objectx, objecty, objectwd, objectht))



def objectcir(objectx, objecty, objectwd, objectht):

    window.blit(BlockCir, (objectx, objecty, objectwd, objectht))



def objectO(objectx, objecty, objectwd, objectht):

    window.blit(BlockO, (objectx, objecty, objectwd, objectht))



def car(carstartx,carstarty):

    window.blit(carim, (carstartx, carstarty))



def msgwintext(text, font):

    msgwinsurf = font.render(text, True, black)

    return msgwinsurf, msgwinsurf.get_rect()



def msgwintexts(text, font):

    msgwinsurfs = font.render(text, True, black)

    return msgwinsurfs, msgwinsurfs.get_rect()



def messagedisplay(text):

    Bigmsg = pygame.font.Font('freesansbold.ttf', 86)

    msgwinsurf, msgwinrect = msgwintext(text,Bigmsg)

    msgwinrect.center = ((screenwd/2),(screenht/6))

    window.blit(msgwinsurf, msgwinrect)



    pygame.display.update()



    time.sleep(1.5)



    gameloop()



def displayscore(text):

    Bigmsgs = pygame.font.Font('freesansbold.ttf', 18)

    msgwinsurfs, msgwinrects = msgwintexts(text,Bigmsgs)

    msgwinrects.center = ((50),(50))

    window.blit(msgwinsurfs, msgwinrects)



    pygame.display.update()



    time.sleep(1.5)



    gameloop()



def crashed():

    messagedisplay("You Have Crashed!")

    global points

    points = False

    global Pscore

    Pscore= 0



def Notime():

    messagedisplay('You ran out of nTime!')



def score(goal):

    displayscore("SCORE: " + goal)

    window.blit(text, [0,0])



def gameloop():

    carstartx = (screenwd * 0.45)

    carstarty = (screenht * 0.92)



    velx = 0

    velp = 0

    Pscore = 0

    points = 0



    aobjectsartx = random.randrange(0, screenwd)

    aobjectsarty = -600

    aobjectvel = 22

    aobjectwidth = 100

    aobjectheight = 75



    bobjectsartx = random.randrange(0, screenwd)

    bobjectsarty = -600

    bobjectvel = 25

    bobjectwidth = 100

    bobjectheight = 75



    cobjectsartx = random.randrange(0, screenwd)

    cobjectsarty = -600

    cobjectvel = 27

    cobjectwidth = 100

    cobjectheight = 75



    dobjectsartx = random.randrange(0, screenwd)

    dobjectsarty = -600

    dobjectvel = 35

    dobjectwidth = 100

    dobjectheight = 75



    eobjectsartx = random.randrange(0, screenwd)

    eobjectsarty = -600

    eobjectvel = 32

    eobjectwidth = 100

    eobjectheight = 75



    objectsartx = random.randrange(0, screenwd)

    objectsarty = -600

    objectvel = 80

    objectwidth = 80

    objectheight = 55



    objectsartxc = random.randrange(0, screenwd)

    objectsartyc = -600

    objectvelc = 85

    objectwidthc = 80

    objectheightc = 55



    gameexit = False

    while not gameexit:

        #timer



        for event in pygame.event.get():

            if event.type == pygame.QUIT:

                pygame.QUIT()

                quit()

            if event.type == pygame.K_ESCAPE:

                pygame.QUIT()

                quit()

            if event.type == pygame.KEYDOWN:

                if event.key == pygame.K_LEFT:

                    velx = -20

                    velp = 0.25

                if event.key == pygame.K_RIGHT:

                    velx = 20

                    velp = 0.25

            if event.type == pygame.KEYUP:

                if event.key == pygame.K_LEFT or event.key == pygame.K_RIGHT:

                    velx = 0

            #if event.type == pygame.KEYDOWN:

                #f event.key == pygame.K_DOWN:

                    #vely = 15

                #if event.key == pygame.K_UP:

                    #vely = -15

            #if event.type == pygame.KEYUP:

                #if event.key == pygame.K_DOWN or event.key == pygame.K_UP:

                    #vely = 0



        carstartx += velx

        points += velp

        #carstarty += vely

        window.fill(white)

        window.blit(bg, (0,0))

        objecta(aobjectsartx, aobjectsarty, aobjectwidth, aobjectheight)

        objectb(bobjectsartx, bobjectsarty, bobjectwidth, bobjectheight)

        objectc(cobjectsartx, cobjectsarty, cobjectwidth, cobjectheight)

        objectd(dobjectsartx, dobjectsarty, dobjectwidth, dobjectheight)

        objecte(eobjectsartx, eobjectsarty, eobjectwidth, eobjectheight)

        objectcir(objectsartx, objectsarty, objectwidth, objectheight)

        objectO(objectsartxc, objectsartyc, objectwidthc, objectheightc)



        aobjectsarty += aobjectvel

        bobjectsarty += bobjectvel

        cobjectsarty += cobjectvel

        dobjectsarty += dobjectvel

        eobjectsarty += eobjectvel

        objectsarty += objectvel

        objectsartyc += objectvelc



        car(carstartx,carstarty)



        if carstartx > screenwd - carwd or carstartx < 5:

            crashed()



        if aobjectsarty > screenht:

            aobjectsarty = 0 - aobjectheight

            aobjectsartx = random.randrange(0, screenwd)



        if carstarty < aobjectsarty + aobjectheight:

            print('y axis crossover')

            Pscore += 1

            if carstartx > aobjectsartx and carstartx < aobjectsartx + aobjectheight or carstartx + carwd > aobjectsartx and carstartx + carwd < aobjectsartx + aobjectwidth:

                print('x axis crossover')

                crashed()

        if bobjectsarty > screenht:

            bobjectsarty = 0 - bobjectheight

            bobjectsartx = random.randrange(0, screenwd)



        if carstarty < bobjectsarty + bobjectheight:

            print('y axis crossover')

            Pscore += 1

            if carstartx > bobjectsartx and carstartx < bobjectsartx + bobjectheight or carstartx + carwd > bobjectsartx and carstartx + carwd < bobjectsartx + bobjectwidth:

                print('x axis crossover')

                crashed()



        if cobjectsarty > screenht:

            cobjectsarty = 0 - cobjectheight

            cobjectsartx = random.randrange(0, screenwd)



        if carstarty < cobjectsarty + cobjectheight:

            print('y axis crossover')

            Pscore += 1

            if carstartx > cobjectsartx and carstartx < cobjectsartx + cobjectheight or carstartx + carwd > cobjectsartx and carstartx + carwd < cobjectsartx + cobjectwidth:

                print('x axis crossover')

                crashed()



        if dobjectsarty > screenht:

            dobjectsarty = 0 - dobjectheight

            dobjectsartx = random.randrange(0, screenwd)



        if carstarty < dobjectsarty + dobjectheight:

            print('y axis crossover')

            Pscore += 1

            if carstartx > dobjectsartx and carstartx < dobjectsartx + dobjectheight or carstartx + carwd > dobjectsartx and carstartx + carwd < dobjectsartx + dobjectwidth:

                print('x axis crossover')

                crashed()



        if eobjectsarty > screenht:

            eobjectsarty = 0 - eobjectheight

            eobjectsartx = random.randrange(0, screenwd)



        if carstarty < eobjectsarty + eobjectheight:

            print('y axis crossover')

            Pscore += 1

            if carstartx > eobjectsartx and carstartx < eobjectsartx + eobjectheight or carstartx + carwd > eobjectsartx and carstartx + carwd < eobjectsartx + eobjectwidth:

                print('x axis crossover')

                crashed()



        if objectsarty > screenht:

            objectsarty = 0 - objectheight

            objectsartx = random.randrange(0, screenwd)



        if carstarty < objectsarty + objectheight:

            print('y axis ')



            if carstartx > objectsartx and carstartx < objectsartx + objectheight or carstartx + carwd > objectsartx and carstartx + carwd < objectsartx + objectwidth:

                print('x axis crossover')



        if objectsartyc > screenht:

            objectsartyc = 0 - objectheightc

            objectsartxc = random.randrange(0, screenwd)

        points = False

        while not points:

            print(str(Pscore))

            goal = Pscore

            score(str(goal))

        pygame.display.update()

        clock.tick(60)





gameloop()

pygame.quit()

quit()